All articles tagged with #bioinspiration
The article explores how studying animals and plants inspires innovative engineering solutions, from Velcro and water-walking robots to noise-reducing train shapes and shock-absorbing materials, highlighting the potential and challenges of bioinspired technology.
Researchers have developed a new robot inspired by dung beetles, capable of efficiently rolling large objects while occupying minimal space. This bioinspired design, which mimics the beetle's unique locomotion and object manipulation, offers potential applications in emergency rescue, agriculture, and space construction. The robot's control system, based on simple signals and biomechanical legs, allows for adaptable and efficient movement across various terrains. Future developments aim to enhance the robot's load capacity and explore collaborative robotics inspired by ant colonies.
Scientists at New Mexico Tech have been using material from dead birds to create energy-efficient, naturalistic drones. The goal is to develop drones that can blend in with flocks of birds and monitor their flight and behavior without causing harm. These taxidermy bird drones could also be used to guide other birds away from airports to prevent bird strikes. The researchers are also exploring the use of flapping models and bioinspired technology for urban applications and planetary exploration. The materials used for the drones are obtained from online sources and local taxidermy teams, without harming any live birds.